T- MET18SRC Labyrinth Packing For Marine Engine Parts Turbocharger Bearing

T- MET18SRC Labyrinth Packing For Marine Engine Parts Turbocharger Bearing

T- MET- SRC series exhaust gas turbocharger's design features:

T-MET18SRC Labyrinth packing of turbo bearing belongs to T- Mitsubishi / T- MET- SRC series exhaust gas turbocharger and its design features are as below:

• The T- MET- SRC series turbochargers is designed to meet the market requirement of higher perforce and reilability;
• Engine output range from 400kW to 4,400kW per turbocharger based on pressure ratio 3.5;
• Non-water cooling and no air vent;
• Easy overhaul and maintenance;
• Suitable for diesel and heavy fuel oil engines.
• Since the 1965 until now, T-MET Series exhaust gas turbochargers has developed y series to meet the market deds, it includes the Axial type and Radial type of turbochargers:

• T- MET	Axial Type			Radial Type
  	Original and ..0 Series	T-S, -SA Series	T-SB,SBII Series	T-SR, SRII Series
  	T-SC,SD Series	T-SE Series	T-SEII Series	T-SRC Series
  	T-MA Series	T-MB Series	T-MBII Series	T-ER Series

T- MET- SRC Series turbocharger's types, engine output, pressure ratio:

Note: *Engine Output Range is for reference subject to pressure ratio 3.5.

T-MET Series turbocharger power output range:

The function of turbo bearing and labyrinth packing:

Turbo bearing or turbocharger bearings work under high temperature, high speed and light load conditions to ensure reliable operation of the bearings under working conditions. In addition to ensuring that the structural design, materials and ufacturing of the bearings to meet the requirements, good maintenance agement is also critical important.

Labyrinth packing is one of the most widely used types of packing. It consists of a row of narrow slits (or gaps) alternating with expansion chambers. Such packing is most frequently used to seal the space between a rotating shaft and a stationary housing. Labyrinth packing prevents leakage of a liquid (lubricant) or gas, facilitates the use of high rotational speeds, and operates reliably at high temperatures. (Cited from The Great Soviet Encyclopedia, 3rd Edition (1970-1979). © 2010 The Gale Group, Inc. All rights reserved.)